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o- nitrophenol is steam volatile while p...

o- nitrophenol is steam volatile while p-nitrophenol is not. Discuss.

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In o-nitrophenol, intarmolecular hydrogen bonding is present while intermolecular hydrogen is present in the molecules of p-nitrophenol. Energy is needed to overcome attractive forces in the molecules of p-nitrophenol but no such energy is required in ase of molecules in o-nitrohenol. This means that the boiling point of o-nitrophenol is less and is steam volatile while than of p-nitrophenol is more and is, therefore, non-volatile in steam.
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Give reason in one or two sentences form the following: 'o-nitrophenol is steam volatile, whereas p-nitrophenol is not'.

Assertion (A) o-and p-nitrophenol can be separated by steam distillation. Reason (R ) o-Nitrophenol is steam volatile whereas p-nitrophenol is not steam volatile.

(A) A mixture of o-nitrophenol and p-nitrophenol can be separated by steam distillation. (R) o-nitrophenol is steam volatile but p-nitrophenol is not though both are water soluble.

DINESH PUBLICATION-CHEMICAL BONDING AND MOLECULAR STRUCTURE -BORD EXAMINATIONS
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  8. (a) Explain sigma and pi bonds with suitable examples, (b) A pi bond...

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  9. PCl(5) exists but NCl(5) does not because

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  10. o- nitrophenol is steam volatile while p-nitrophenol is not. Discuss.

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  11. KHF(2) exists while KHCl(2) does not. Explain.

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  12. Yor are given the electronic configuration of five neural atoms -A,B,C...

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  13. Boiling point of ethane is more than that of methane. Assign reason.

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  15. The bond angles in NH(4)^(+) and CH(4) are same but NH(3) has differen...

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  16. Predict which out of the following species are planar. (i) NH(4)^(+)...

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